Most airplanes have three landing gear: a nose gear at the front and two main gears typically located under the wings or fuselage. However, larger aircraft may have additional gear for support, while some smaller planes can have just two. The configuration can vary depending on the design and purpose of the aircraft.
Almost every aspect of an airplane landing is managed by computer. The most important aspect is decelerating the airplane so the brakes and landing gear can stop the plane.
No, an airplane does not have legs but the wheels and everything that holds up the rest of the plane is called the gear or landing gear.
The landing gear on an airplane is a crucial component designed to support the aircraft during takeoff, landing, and ground operations. It typically consists of wheels, struts, and brakes, allowing the plane to roll on runways and taxiways. The landing gear also absorbs the impact during landing, providing stability and shock absorption. Additionally, it allows for safe maneuverability on the ground.
Hydraulics help an airplanes landing gear by retracting it (raising it into the plane). Simple gravity is what pulls it down into place.
Before it hits the ground
Attached to a gear are many tires. The tires are used the land the aeroplane. That is why it is called landing gear.
All of the landing gear on the particular aircraft.
The landing gear are the black things under an airplane that normal people call wheels. They let the plane roll to a stop without having to make a belly landing and damage the rest of the plane. In maintenance, it is important because of its critical function and the high stresses exerted on the landing gear.
There is nothing to stop you from flying a retractable gear airplane with the gear always down. If the landing gear is permanently fixed in the extended position, the FAA requires that the gear-retraction lever (or switch) be removed or placarded as "inoperative". Additionally, retractable-gear aircraft have a maximum speed permissible with gear extended (VLE) obviously, the aircraft would be permanently limited to this speed.
Because that helps to reduce 'drag' and lets the aircraft move faster.
Well, nose gear is landing gear but I assume you mean the difference between the main landing gear (the ones under the wings) and the nose gear. Main gear has to handle the weight of the whole plane as it touches down, so it is made stronger. Some nose gear is steerable so you can taxi and correct your position on the runway before you are going fast enough that the rudder can affect the airplane's trajectory.
The five basic parts of an airplane are the fuselage, wings, tail assembly, landing gear, and powerplant. The fuselage is the main body that houses the cockpit and passenger or cargo space. Wings provide lift and support during flight, while the tail assembly stabilizes the aircraft and aids in control. The landing gear supports the airplane during takeoff and landing, and the powerplant, typically engines, provides the thrust necessary for flight.